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机译:近地物体最佳低推力挠度的半解析解
Department of Aerospace Engineering, James Watt (South Building) University of Glasgow, Glasgow, Scotland G12 8QQ, United Kingdom;
Department of Aerospace Engineering, James Watt (South Building) University of Glasgow, Glasgow, Scotland G12 8QQ, United Kingdom;
Department of Aerospace Engineering, James Watt (South Building) University of Glasgow, Glasgow, Scotland G12 8QQ, United Kingdom;
A_(MOID): matrix form of proximal motion equations; a: acceleration vector, km/s~2; a: semimajor axis, km; b: semiminor axis, km; d_m: diameter of the mirror, m; et al;
机译:近地物体最佳低推力挠度的半解析解
机译:最优变形渐近方法的梁变形非线性理论和板挠度理论的半解析解
机译:利用低推力推进和不变歧管捕获近地物体
机译:近地物体之间最佳低推力传递的机器学习
机译:使用太阳能推进(SEP)的小行星重定向任务(ARM),用于近地天体(NEO)的研究,开采和探索。
机译:近地物体危险影响:多准则决策方法
机译:近地物体最佳低推力挠度的半解析解